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Matyas Ando

Head of Institute, associate professor

Eötvös Loránd Tudományegyetem

Hungary

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About

Matyas Ando is the Head of Institute and an Associate Professor at ELTE Eötvös Loránd Tudományegyetem in Hungary (+36). His research areas include automotive environments, secure command transmission techniques for industrial applications, and welding technology, as demonstrated through his recent publications on welding defect detection, sensor-based measurement systems, and additive manufacturing.

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ITALY

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Matyas Ando

Research Interests

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About

Articles (24)

Learning from a Noisy PLC-to-Database Monitoring Pipeline: A Controlled Study of Label-Noise Robustness Using a Physically Derived Noise-Rate Predictor

Real-time anomaly detection in distributed manufacturing: a high-resolution statistical SCADA framework

Novel calculation methods for geometrically accurate thread depth

Exploring the Tribological Properties of 3D Printed Polymer Composites: An Experimental Study

Organization of the Optimal Shift Start in an Automotive Environment

Secure command transmission techniques for industrial remote control

Related Standards and Certifications in the Architecture of Service-Oriented System in Welding Technology: A Systematic Review

Sensor-Based Measurement System for Welding Torch Position

Comparative evaluation of voltage conversion and encoder pulse detection methods for controlling a model high-bay warehouse

Extending the Welding Seams Detection as Preparation Towards the Digital Twin Technology

Analysis of Time Drift and Real-Time Challenges in Programmable Logic Controller-Based Industrial Automation Systems: Insights from 24-Hour and 14-Day Tests

Lazy thermal annealing of material extrusion-based 3D-printed PLA specimens

Novel and cost-effective CNC tool condition monitoring through image processing techniques

Welding defect detection with image processing on a custom small dataset: A comparative study

3D Scanner-Based Identification of Welding Defects—Clustering the Results of Point Cloud Alignment

Surface plastic flow of three-dimensional printed polylactic acid in the tribological study of surface patterned polymer

Surface plastic flow of three-dimensional printed polylactic acid in the tribological study of surface patterned polymer

Layer adhesion test of additively manufactured pins: A shear test

Layer Adhesion Test of Additively Manufactured Pins: A Shear Test

Application of 3D printing in casting

3D nyomtatott rétegek közötti adhézió kísérleti vizsgálata

Rendezetlen alkatrészek rakodási folyamatának fejlesztése

3D SCANNING AND MODEL ERROR DISTRIBUTION-BASED CHARACTERISATION OF WELDING DEFECTS

Finite Element Method modeling of Additive Manufactured Compressor Wheel

Collaborators (5)

József Szőlősi

Janos Abonyi

Béla Szekeres

Tamás Ruppert

Gustavo da Silva Gehlen

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